Rockets with bursting charge

Warheads, rocket with burster or expelling charge, 1.4D, 1.4F Warheads, rocket with bursting charge, I.ID, 1.2D, I.IF Warheads, torpedo, with bursting charge, I.ID... 

Rocket with bursting charge Warheads, Torpedo with bursting charge. UN App. B, ICAO A2, lATA App. A... 

Rockets, liquid fueled with bursting charge 0397... 

Rockets, fluid-fueled with bursting charge 0398... 

Figure 23. Rocket, Lorrain, 1630. Substantially as rockets are made today. After the propelling charge has burned completely and the rocket has reached the height of its flight, the fire reaches the charge in the head which bursts and throws out large and small stars, serpents and grasshoppers, or English firecrackers. The container, which is loaded into the head of the rocket, is shown separately with several grasshoppers in the lower right-hand comer of the picture.

In contrast to gas thrusters, ion thrusters accelerate charged particles with an electrostatic field. This approach leads to the highest /gp but typically very low thrust levels. Thrusters can be used in either continuous or pulsed operation, according to the application. Miniature rocket launchers and micro air vehicles require a continuous thrust and are best served by a unique thruster or engine with a continuous feed of propellant. Alternatively, digital micro-propulsion refers to an array of single-use thrusters that provide a small impulse (short burst of thrust) to accurately orient a small spacecraft or correct a vehicle s trajectory. 

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